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题型:阅读理解-阅读单选 难度:0.4 引用次数:64 题号:8064615

A six-wheeled robot travels underground in Hefei to discover warning signs of faults inside the pipeline network, "It looks like a toy car at first, but it's much more complicated than that," said Xu Mao, the robot 's operator.

The pipeline robot, developed by Wuhan Easy-Sight Technology, is made up of four parts — crawler, camera, cable reel, and controller. A full charge can enable the robot to work for four to five hours, covering a distance between 800 and 1 ,000 meters in the underground p ipeline.

The robot made its appearance last month in Shushan District. It will carry out inspections of the underground pipeline network stretching 150 kilometers. " Whether the pipe is leaking, damaged or blocked, we can clearly see its situation through high-definition(高清晰度的)cameras fixed into the robot, " said Qi Chuanshuai from the provincial construction engineering and testing institute.

The real-time data including video images of the pipe will be up loaded and displayed on a computer. "If we find any problems, we stop the robot and record the flaws," Xu said. "We report the faults to local government, who will arrange the repair as soon as possible. "

With the rapid develop merit of cities, it is becoming increasingly difficult to manage underground pipelines. Among all the difficulties, discovering faults in the sewage (污水)and rainwater pipelines comes first. Many other cities such as Wuhan, Nanjing, Shenzhen, and Shanghai are using the robots to inspect their pipelines, the robot ' s developer said.

Equipped with environmental detection sensors, the robots can monitor temperature and damp, poisonous gases, oxygen levels and smoke density, while providing color diagram in real time. "Compared with human workers, robots are able to enter smaller pipes and are immune (有免疫力的)to poisonous gases in sewage pipes," said Ge Shengli from Shushan District' s city management company. " No digging is required and there is no need to interrupt traffic," Ge added.

1. What does Paragraph 2 mainly tell us about the pipeline robot?
A.Its developer.
B.Its components.
C.Its characteristics.
D.Its outward appearance.
2. What is the toughest in managing underground pipelines in cities?
A.Locating the position where the pipelines are.
B.Handling the poisonous gases in sewage pipes,
C.Arranging the repair and maintenance of pipelines.
D.Discovering flaws in the sewage and rainwater pipelines.
3. What does the author intend to do in Paragraph 5?
A.Add some background information.
B.Introduce a new topic for discussion.
C.Summarize the previous paragraphs.
D.Present some new functions of robots.
4. What is Ge Shengli's attitude towards the pipeline robots?
A.Doubtful.B.Appreciative.
C.Critical.D.Indifferent.
【知识点】 发明与创造

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【推荐1】Are you able to tell if people are lying? There is a piece of good news that a technology company is developing a lie detector app for smart phones that could be used by parents, teachers and Internet daters. The app measures blood flow in the face to assess whether or not you are telling the truth. Its developers say that it could be used for Internet daters wanting to see if somebody really is interested in them. Parents could use it on their children to see if they are lying, and teachers could work out which pupils are truthful.

The app is being developed by Toronto startup NuraLogix and the app is called Transdermal Optical Imaging. The idea is that different human feelings create different facial blood flow patterns that we have no control over. These patterns change if we are telling the truth or telling a lie. Using footage from the smart phone camera, the app will see the changes in skin colour and compare them to standardized results.

A study finds that anger is connected with more facial blood flow and redness while sadness is connected with less of both.

Kang Lee, who has been researching the field for 20 years, said that the lie detector test will let you find out the truth remotely and secretly. He said: “It could be very useful, for example, for teachers. A lot of our students have math anxiety, but they do not want to tell us because that’s embarrassing.”

Lee added that the technology would not replace lie detectors used in a court of law. He said: "They want the accuracy to be extremely high, like genetic tests---a one-in-a-million error rate. Our technique won't be able to achieve an extremely high accuracy level, so because of that, I don't think it's useful for the courts. He added that it will be a few years before the dating app is available to consumers.

1. What is the first paragraph mainly about?
A.The operation process of the app.
B.The history of a technology company.
C.The functions and applications of the app.
D.The origin and development of the new technology.
2. What do we know about the app?
A.Its accuracy is the same as genetic tests.
B.It can help teachers pick out the honest pupils.
C.It will help see the structures of human skin.
D.It has been already on the market for a few years.
3. What can we learn from the text?
A.The technology will be applied to the medical field.
B.The technology will replace lie detectors in the court of law.
C.Different human feelings have nothing to do with facial blood flow patterns.
D.Sadness is related to less facial blood flow and redness when compared with anger.
4. What is the best title for the text?
A.The Story about Kang Lee.B.The Disadvantages of New Technology.
C.Various Smart Phones.D.A Developing App for Smart Phones.
2018-11-05更新 | 147次组卷
阅读理解-阅读单选(约350词) | 较难 (0.4)
文章大意:本文是一篇说明文。文章介绍了在未来,由于护士短缺,机器人将成为医疗领域的趋势,日本已经开发出了多款功能各异的医疗机器人,机器人将主要用于完成一些日常的重复性工作,从而减轻护士的负担,向患者提供更好的服务。

【推荐2】After COVID-19, the Bureau of Labor Statistics predicts that while the number of nurses has increased in the past three years, there is still a shortage of registered nurses, and that there will be over one million unfilled nursing jobs. So what’s the solution? Robots.

Japan is ahead of the curve when it comes to this trend. Toyohashi University of Technology has developed Terapio, a robotic medical cart that can make hospital rounds, and deliver medicines and other items . This type of robot will likely be one of the first to be used in hospital.

Robots capable of social engagement help with loneliness as well as cognitive (认知) functioning. Telepresence robots such as MantaroBot, Vgo, and Giraff can be controlled through a computer, smartphone, or tablet, allowing family members or doctors to remotely monitor patients or Skype (网络电话) them. If you can’t get to the nursing home to visit grandma, you can use a telepresence robot to hang out with her.

A robot’s appearance affects its ability to successfully interact with humans, which is why the Human-Interactive Robot Research decided to develop a robotic nurse that looks like a huge teddy bear. RIBA, also known as “Robear, ” can help patients into and out of wheelchairs and beds with its strong arms.

On the less cute and more scary side there is Actroid F, which has such soft skin and natural hair color that some patients may not know the difference. This conversational robot companion has cameras in its eyes, which allow it to track patients and use appropriate facial expressions and body language in its interactions.

It’s important to note that robotic nurses don’t decide courses of treatment or make diagnoses. Instead, they perform routine and laborious tasks, freeing nurses up to attend to patients with immediate needs. This is one industry where it seems the integration of robots will lead to cooperation, not replacement.

1. What does the underlined part in paragraph 2 mean?
A.Set a record.B.Take the lead.
C.Miss a turn.D.Reach the standard.
2. Telepresence robots may serve their right purposes in hospital when ________.
A.they assist doctors with long-distance diagnosesB.they collect medical records for patients
C.they move the mobility-disabled patientsD.they deliver food to clinical doctors
3. What is the distinctive attraction of Actroid F?
A.Its scary arm strength.B.Its human-like voice.
C.Its proper interactive response.D.Its adorable appearance.
4. What is the suitable title for the passage?
A.Robots— the future replacement of nursesB.Robots— a good supplement to nurses
C.Robots— a new way to treat patientsD.Robots— the earth-shaking reform in hospitals
2023-11-13更新 | 72次组卷
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【推荐3】Do you remember the first stop-motion movie, with a galloping(飞奔)horse? Eadweard Muybridge made it in 1872, and the funny thing is—the first stop-motion movie was made because of a bet. The question was: do all four of the horse’s hooves (蹄)leave the ground at the same time at any point of the gallop? And Leland Stanford, the founder of the Stanford University, hired Muybridge to help him settle the bet.

Stanford claimed that, at some point of the gallop, all four of the horse’s hooves are in the air. Some of his colleagues took a common stand that one foot is always on the ground. It was a popularly debated question of the time, and it was Muybridge’s task to provide the answer using his photographic knowledge.

Now, you can imagine that cameras in 1872 couldn’t really capture the things moving quickly. Movie cameras still didn’t exist, so it was out of the question. So, Muybridge had to get creative. He experimented with a set of 12 cameras. He used them to photograph a galloping horse in a series of shots. His initial efforts seemed to prove that Stanford was right, but he still didn’t have the process perfected.

In 1878, Muybridge raised his creativity and skill on a new level. He set twelve wired triggers (触发器) connected to shutters (快门) for cameras. He placed them evenly along the race track to capture the galloping horse. As the horse galloped the race track, it set off the triggers and made every camera take a photo with less than half a second difference.

The photos showed that Leland Stanford was right, and obviously, he won the bet. But this invention was a winning situation for all of us. Muybridge later invented a zoopraxiscope, which was a bit like the GIFs that people now post on social media and is considered an early device for displaying motion pictures. Thanks to photography and his invention, the cinema was born.

1. Which of the following words best describes the invention of the first stop-motion movie?
A.Difficult.B.Unexpected.
C.Serious.D.Interesting.
2. Why did Muybridge have to be creative?
A.Because he was lacking in devices.
B.Because he was afraid of failure.
C.Because he was short of experience.
D.Because he was interested in experiment.
3. What can we know about Muybridge’s experiment?
A.Twelve horses galloped at the same time.
B.Muybridge invented GIF in the experiment.
C.One camera was used to take photos in the first attempt.
D.The triggers were set off by the horse in the second attempt.
4. What is the best title for the article?
A.A special history of cinema.B.A popular study about horses.
C.A bet inspired the birth of cinema.D.A question led to great experiments.
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